Can a world cup soccer hybrid simulation, based on self
-
organization, evolutionary learning,
and complex adaptive systems, hold the key to unlocking social complexity dynamics?
Hybrid modeling, characterized by discrete and continuous dynamics with interconnected structure for
complexity decomposition in engineering and applied mathematics, has proven effective in
areas like complex industrial processes and automatic controlled systems.
However, given the
challenges of modeling multi-
scale social phenomena, hybrid system representations also have
the unique potential to capture complex dynamics within interconnected global social
1589
systems.
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Can a world cup soccer hybrid simulation, based on self
-
organization, evolutionary learning,
and complex adaptive systems, hold the key to unlocking social complexity dynamics?
Hybrid modeling, characterized by discrete and continuous dynamics with interconnected structure for
complexity decomposition in engineering and applied mathematics, has proven effective in
areas like complex industrial processes and automatic controlled systems.
However, given the
challenges of modeling... »